Pure copper tube is a common metal tube material, widely used in construction, manufacturing and other fields. Among them, C10100 pure copper tube has attracted much attention because of its high purity, good processing performance and electrical conductivity. This article will focus on the mechanical performance parameters of C10100 pure copper tube.
The first mechanical property parameter of C10100 pure copper tube is its tensile strength. This parameter is a measure of a material's ability to resist tensile stretching and is usually expressed in terms of tensile stress per unit area.The tensile strength of C10100 pure copper tubing is 220MPa, which means that it can withstand relatively large tensile loads without breaking.
In addition to tensile strength, another important mechanical property parameter of C10100 pure copper pipe is hardness. Hardness is a measure of a material's ability to resist deformation and is usually expressed in Rockwell or Brinell.C10100 pure copper tube has a hardness of RB55 (Rockwell hardness), which indicates that it has a higher hardness to provide better abrasion resistance in certain applications.C10100 pure copper tube has a hardness of RB55 (Rockwell hardness), which indicates that it has a higher hardness to provide better abrasion resistance in certain applications.
The third mechanical property parameter of C10100 pure copper tubing is bending strength. Bending strength is the ability of a material to resist bending and is usually expressed in terms of the bending stress per unit length.The bending strength of C10100 Pure Copper Tubing is 380 MPa, which means that it can withstand bending loads to a certain extent without deforming or breaking.
Finally, the last mechanical property parameter of C10100 pure copper pipe is impact toughness. Impact toughness is the ability of a material to resist an impact, and is usually measured by an impact toughness test.The impact toughness of C10100 pure copper pipe is 90J, which indicates that it can maintain a relatively stable shape and properties when subjected to external impacts.
